XTEMOS ELEMENT
AJAX PRODUCTS TABS
Refrigerant Gas Leak Detector
Power Steering System
Power Steering System
The working of steering system is shown with the help of actual parts assembled on square iron pipe frame. All the necessary parts of steering system are shown in actual working form. This model helps the student to understand the working of the steering system very easily. It is specially made dissectible for demonstration purposes.
Natural Convection Apparatus
The unit consists of a vertical brass pipe heated by a cartridge heater inside it. The pipe looses heat to atmosphere by natural convection. It is fitted in an enclosure to provide undisturbed natural convection currents. Thermocouples are attached on the pipe to measure local temperatures. Heater input is measured on voltmeter and ammeter. Thus students can determine overall heat transfer coefficient and local transfer coefficients in natural convection at various heat transfer rates.
SPECIFICATIONS:
1.Pipe – Brass pipe, 38mm. dia. (OD) 500mm. long, fitted with cartridge heater inside. 2.Thermocouples are fitted along with the length of pipe for Temperature measurement – 7 nos. 3.Enclosure 200mm. x 200mm. x 800mm. size, with one side of Perspex sheet. 4.Measurements & Controls a) A Dimmerstat for heater input control. b) Voltmeter and Ammeter for heater input measurement. c) Multichannel digital temperature indicator. A technical manual accompanies the unit.SERVICES REQUIRED:
1.Bench area of 1.5m x 0,75m. at working height. 2.230v, 5A, AC, electric supply with earthing connection.XTEMOS ELEMENT
AJAX PRODUCTS TABS SIMPLE
Ultrasonic Transmitter And Receiver Set
This apparatus consists of a self-contained transmitter and receiver operating in the 40 kHz region. The transmitted wave is modulated at a user controlled variable frequency of about 2 kHz and this is detected by the receiver which amplifies the signal and drives a miniature integral loudspeaker. Both transmitter and receiver are contained in separate plastic enclosures measuring 175 x 100 x 40 mm which contain all the electronics and the 9 V batteries. The receiver has front panel 4mm sockets so that the output can be monitored on an oscilloscope for more quantitative measurements. The system is ideal for demonstrating sound waves above the hearing threshold and reflection properties associated with sonar etc. A special feature is the second transducer on the transmitter which can be switched on when required to produce two coherent sources. By moving the receiver along a line parallel to the two sources interference patterns can be dramatically demonstrated simplifying the Young’s slits experiment or enabling it to be demonstrated using waves other than light. Complete with batteries, full instructions and suggestions for use.
Lens, Biconvex, Acrylic
Storage Vial (O Ring)
Induction Coil, Ruhmkorff
Description
Coils are wound with highly insulated copper wire impregnated with paraffin wax; input 6-8 V dc through two 4 mm socket terminals, with an adjustable trembler system. The spark suppression capacitor is housed in the base. A pair of pointer electrodes with insulated handles for adjustment of the spark gap is provided. Spark length 10 mm Spark length 25 mm Spark length 50 mm Spark length 75 mm Spark length 100 mmXTEMOS ELEMENT
AJAX PRODUCTS TABS ALTERNATIVE
Fashion
Flow Over Weir Or Open Channel Apparatus
Flow Over Weir Or Open Channel Apparatus:
A ‘WEIR’ is the name given to concrete or masonry structure built across a river (or stream) in order to raise the level of water on the upstream side and to allow the excess water to flow over its entire length to the downstream side. Weirs may also be used for measuring the rate of flow of water in river or streams.
Different shapes of “WEIRS” generally used are sharp-crested weir, broadcasted weir and ogee shaped weir.
In the unit a centrifugal pump sucks the water from the sump tank, and discharges it to a small flow channel. The weir is fitted at the end of channel. All the weirs are interchangeable. The water-flowing over the weir falls in the collector. Water coming at from the collector can be directed to the sump or can be directed in to the measuring tank for measurement of flow.
SPECIFICATIONS:
[1] The unit is provided with following weirs: (a) Sharp-crested weir. (b) Broad-crested weir. (c) Ogee shaped weir. [2] Pump 1/2 H.P. monoblock. [3] Flow measurement – Measuring tank calibrated water flow meter is used. A technical manual accompanies the unit.SERVICES REQUIRED:
[1] Floor surface – 2.5 m x 1.5 m. [2] 230 v, 5 amp supply with earthing connection
Line Shaft Unit
Description
For showing the conversion from electrical energy via mechanical, to potential energy by winding up a weight on a cord. One end of the 6mm. steel shaft carries an aluminium 'V' pulley 56 mm. diameter, and the other end is fitted with a cord anchoring collar. Supplied complete with driving belt.
Separating Throttling Calorimeter
AIM
To find out dryness fraction of steam by combined separating and throttling calorimeter.
PRODUCT DETAILS
The steam passing out from separating calorimeter may still contain some water vapour , in it . in other words it may not be absolutely dry . again , in a throttling calorimeter steam after passing through the throttle valve must be superheated or at least dry saturated . this limits the extent of dryness fraction that can be reliably measured , depend up on the pressure of steam in the main steam pipe . if a sample of steam, which may be still wet after passing through the throttle valve i.e it will not be superheated . thus under this condition the throttling calorimeter fails to enable us in determining the value of dryness fraction of steam . to overcome this difficulties we make use of separating and throttling calorimeter . first the steam is passed through separating calorimeter where itlosses most of it’s moisture and becomes comparatively drier, it is than passed through the throttling calorimeter where super heating takes place with out changr of total heat . the temperature and pressure of steam after throttling are measured by using a thermometer and manometer respectively.DESCRIPTION
The set up consist of a separating and throttling calorimeter . a steam generator is provided at the base of the apparatus . a thermostat knob is provided at the front of apparatus to control the temperature inside the steam generator . steam from steam generator is passed from separating calorimeter where most of the water partical get separated from steam and then passed to throttling calorimeter where steam get superheated . after that superheated steam passed through heat exchanger to condense the steam.SAPARATING CALORIMETER
It consist of two concentric chamber , the inner chamber ,and the outer chamber . which communicates with each other through an opening at the top. As the steam discharge through the metal baskets ,which has a large number of holes , the water partical due to there heavier momentum get separated from the steam and collected in the chamber. The comparatively dry steam in the inner chamber moves up and than down aging through the annular space between the two chambers and enters the throttling calorimeter .THROTTLING CALORIMETER
It consist a narrow throat . pressure and temperature are measured by manometer and thermometer . the steam after throttling process passed through the heat exchanger and condensate is collected .UTILITIES REQURIED
1.WATER SUPPLY 3 lit/min (approx) 2.Drain 3.Electric supply : 1phase , 220 V A.C , 2Amp. 4.Steam table for calculation 5.Space required : 1.0 m X 1.0 mXTEMOS ELEMENT
AJAX PRODUCTS TABS ARROWS PAGINATION
CNC Lathe Trainer1
CONTROLLER:
Type of control system: PLC based system Main Spindle Drive : AC Motor with VFD Z and X Drives : Stepper drive with RAMP function Input to Stepper Motor : Optically Isolated Motor Drive :TTL Compatible Run Speed Control : Computer controlled through software Interpolation : Linear / Circular / Parabolic Cycles Used :G,M,S,T,F,I,K,M,F Cycles : Circular Interpolation / Canned Threading : Straight / Taper Power Devices : Short Circuits and over Temperature Protected Real Time Tool Path Simulation : ProvidedMACHINE DETAILS:
Center height : 100mm Swing over Carriage : 80mm Distance between Centre : 250mm Longitudinal Travel : 250mm Weight : 350 kg Dimension in mm : 1100 x 750 x 1700 Rapid Travel : 500mm/min Resolution X & Z Axis : 10micron Dt. Motor Power : 40V – 4A Lubrication : ManualSPINDLE:
Spindle Speed : Continuous Variable Spindle Power : 1.5 HP Inside Taper : MT3 Speed Range : 100 to 3000 RPM
Plant Structure II – Gymnosperms, Ferns, Mosses & Liverworts
Set of 17 Slides, comprising
Dryopteris, TS pinnule with sori
Dryopteris, TS Rachis
Dryopteris, TS rhizome
Funaria, LS of capsule
Lycopodium, TS Stem
Marchantia, VS thallus
Moss, LS antheridial Head
Moss, Leaf WM Pinus, TS young root
Pinus, LS male cone with microscopers
Pinus, LS whole female cone
Pinus, Pollen
Pinus, stem macerated
Pinus, TS leaf
Pinus, TS old stem
Polytrichum, TS stem
Single Nose Microscope
Brush, Cylinder
XTEMOS ELEMENT
AJAX PRODUCTS TABS WITH ICONS
Turbo Charger Actual Cut Section
The working of turbo charger is shown with the help of actual parts assembled on iron base. All the necessary parts of turbo charger are shown in actual working form. This model helps the student to understand the working of the turbo charger very easily. It is specially made dissectible for demonstration purposes.
Resistance Units, Interlocking
Human Ear, 6 Parts
Description
Four times enlarged, dissectible into 6 parts. Shows outer, middle and inner ear. Removable tymponic membrane with malleus and incus as well as labyrinth with stapes, cochlea and vestibulocochlear nerve (2 part) with two removable bone sections to close the middle and inner ear. On board with key card.
Rheostat, Single Tube
Description
A layer of oxidized resistance wire is wound on a porcelain tube which is supported by end supports. A sliding contact and three 4 mm socket terminals are provided for use as a rheostat or as a potentiometer. Other ranges also available on request.| Ohms | Ampere | Tube length | |
|---|---|---|---|
| 23 | 2.3 | 150mm | |
| 10 | 3.3 | 150mm | |
| 22 | 2.8 | 200mm | |
| 24 | 3.3 | 250mm | |
| 28 | 4.2 | 400mm |
XTEMOS ELEMENT
AJAX PRODUCTS TABS LOAD MORE PAGINATION
SILICA CRUCIBLE WITHOUT LID
PRODUCT DESCRIPTION
- Crucible is glazed inside and outside.
- Highly resistant to alkalis and hot temperatures
- 50ml capacity
- Outside diameter 55mm, 42mm height
- No lid includedSilica crucible is glazed inside and outside. Highly resistant to alkalis and hot temperature SIZES ARE: 15ML 25ML 50ML 80ML 100ML 150ML
SILICA CRUCIBLE TALL FORM Without Lid, Translucent
XTEMOS ELEMENT
AJAX PRODUCTS TABS CAROUSEL
Pyrometer
Description
Fitted on a wooden base cast metal uprights and rod mountings. A 20-0-20 scale is provided to notice the expansion in rods. The counter weighted needle is used for easy reading. A knurling screw is provided for zero adjustment. Supplied with three metal rods one of each Aluminium, Brass and Steel.
Sieve Shaker (Gyratory Motion)
Ensuring durability during performance, this machine is made of mild steel and cast iron and comes with one Lid and a Pan.
This unit is used with up to 7 sieves of 150mm or 200mm (8 Inch) sieves and up to 6 sieves of 300 mm (12 Inch).
Heavy duty motor (1/4 HP) ensures the whole performance through a reduction gear immersed in oil.
Along with featuring gyratory motion, this units also performs upward and downward movement ensuring that each "square cm" of the sieve is fully utilized.
This Gyratory Sieve Machine also supplied with a pair of rods and a holder which ensures tight grip of sieve set from the top.
| Product: | Gyratory Sieve Shaker | |
| Capacity: | 7 sieves of 150mm, 6 sieves of 300mm | |
| Design: | Table Top | |
| Construction: | Cast Iron, Painted Mild steel | |
| Motor: | ¼ HP | |
| Timer: | 0 - 60 Minutes | |
| Timer Type: | Digital / Analog | |
| Power Supply: | 220 Volts |
Demountable Transformer
Description
This heavy duty demountable transformer can be used for the study of transformertheory and many other alternating current phenomena. This kit consists of: 1. A magnetic circuit made of highly permeable U shape metal sheet, which can be closed using two clamps with tightening screws. 2. Section: 40 x 40 mm with 150 mm length and 170 mm height. 3. One coil of 6000 turns with maximum current of 0.2 A. Intermediary coil of 2000 turns output. 4. One coil of 600 turns with maximum current of 2.5 A, which is mainly used to create the primary of transformer. 5. One coil of 1200 turns with maximum current of 1.25 A, fitted with intermediary 400 and 800 turns outputs. 6. One coil of 72 turns with maximum current of 12 A, fitted with intermediary 6, 30, 54 and 66 turns outputs. 7. Power supply cable.
